Lane departure warning and lane - keeping support
systems use cameras to track the vehicle's position within the lane, alerting the driver if the vehicle is in danger of inadvertently straying across lane markings when the turn signal is not activated.
Rear object detection
systems use cameras and sensors to help the driver look for objects behind the vehicle when backing up.
The warning
systems use cameras in the windshield to alert drivers when they are drifting out of their lane, or when a potential collision may happen.
Tesla's Autopilot
system uses cameras, radar and computers to detect objects and automatically brake if the car is about to hit something.
At lower speeds,
the system uses cameras and other sensors to provide «assistance» to the driver; for instance, in a traffic jam, the car would present the driver with either the option to accelerate and overtake or to brake and fall behind the car in front.
INFINITI's Lane Departure Prevention
system uses a camera to monitor the distance between the vehicle and lane markings.
The system uses a camera mounted on the bottom of the passenger door mirror, which when activated by the right turn signal or the signal - stalk LaneWatch ™ button, displays a live, 80 - degree view of the passenger - side roadway, compared to 18 - to 22 - degrees typical of a standard door mirror.
Available Forward Collision Alert
system uses camera technology and / or available radar to alert you to detected slowing vehicles in your path.
Available Forward Collision Alert
systems use camera technology and / or available radar to alert you to detected slowing vehicles in your path.
Some of these features include adaptive cruise control - plus, ParkView rear backup camera with dynamic gridlines, ParkSense parallel / perpendicular park assist, eight standard airbags, LaneSense lane departure warning - plus, electronic roll mitigation, forward collision warning - plus, SOS button, rear cross path detection, and blind - spot monitoring.The lane departure warning - plus
system uses a camera - based vision sensor to help the Cherokee figure out where it is on the road.
As the name implies,
this system uses cameras positioned near the driver's field of vision, to detect unintentional vehicle lane changes.
Subaru's EyeSight
system uses cameras instead of radar, bringing down its cost and making installation of the hardware a bit easier.
This system uses a camera mounted behind the top of the windscreen to identify the lane in which the vehicle is travelling and to correct any deviation via an appropriate input to the steering.
The Surround Camera
System uses cameras placed around the vehicle to offer a near - 360 ° view.
[21] Volvo's lane departure warning
system uses a camera to track road markings and sound an alarm when drivers depart their lane without signaling.
The system uses cameras at the front, rear and sides of the vehicle to provide the driver with a 360 - degree view of their surroundings, making it easier to complete low - speed parking manoeuvres.
A Speed Limit Display
system uses a camera near the rear view mirror to watch out for traffic signs by the side of the road and automatically recognises the numbers of the speed limit signage.
The system uses a camera and a millimeter - wave radar to monitor the road ahead for potential hazards and collision risks.
The Land Departure Warning
system uses cameras in the installed on the windscreen near the rear view mirror to monitor road markings and is able to look ahead up to 50 meters and warns the river via discrete vibrations on the steering wheel if he veers off his lane.
The system uses cameras on the front of this Land Rover Discovery concept vehicle which makes it look as if the hood is transparent and lets you see exactly where the front wheels are in relation to the road.
The system uses a camera mounted on the rear of the vehicle and an LCD monitor built into the glass of the standard rearview mirror.
A standard - fit speed assistance
system uses a camera and a digital map to inform the driver of the appropriate limit, allowing the speed limiter to be set appropriately.
This system uses cameras on the sides of the car, but we found its lane line recognition algorithm oversensitive, buzzing the wheel even when there wasn't a painted line.
A new Wide - view Front and Side Monitor
system uses a camera mounted on the grille giving a 180 - degree view in front and a camera mounted on the passenger side of the side mirror helps eliminate blind spots at low speeds useful in parking lots or off - road adventures.
The system uses a camera positioned on the windscreen near the rear - view mirror to detect oncoming traffic and vehicles travelling ahead to ensure the headlights dip in good time.
The system uses cameras mounted on the grille to give the driver a view of the terrain immediately ahead and underneath the bonnet, a perspective usually hidden from view.
The Odyssey's CabinWatch
system uses a camera that works both in the day and night to monitor the rear seats on the Display Audio system's 8 - inch screen up front.
The system uses a camera to identify the side of the road, including painted lane lines, Botts» Dots and cat eye markers.
The system uses a camera to inform the driver of local speed limits and the driver can manually set the system appropriately.
The speed assistance
system uses a camera to recognise the local speed limits and to inform the driver, who can then choose to set the limiter appropriately.
The speed assistance
system uses a camera to detect what the limit is and informs the driver, who can then manually set the appropriate speed for the limiter.
This system uses the camera to detect headlights and taillights of other vehicles and switch between high and low beams accordingly.
The last scene, in which Sadako (the ghost who comes out of the TV) attacks, provided the inspiration for the battle
system using the camera.
Instead, Microsoft's
system uses a camera on the headset to keep track of where the controllers are.
Not exact matches
Aldred and the team decided to go with a vision
system that
uses a top - mounted panoramic
camera — not unlike what Google has in its Street View cars — to guide the vacuum around the room.
It
uses a unique
camera system to map a user's face on the fly, and depth - sensing technology allows you to unlock your device,
use Apple Pay, and gain access to secure apps.
The Galaxy
camera is indeed a giant smartphone; it
uses Google's Android operating
system and has the same user interface as a Galaxy smartphone.
Surfers addressed that problem as best they could by
using the buddy
system and carrying cheap, disposable film
cameras that came with a waterproof housing and glorified rubber - band wrist strap — but that usually ended with the
cameras banging them on the head or getting lost in the water.
The iPhone X has a new design, better
camera system, and a pair of front - facing
cameras, which are
used to unlock the phone
using facial recognition.
Fortunately, if you
use the GoPro Jump
camera system, Google even provides the video stitching software you need to create the video.
Developed by Pokemon Company International, Niantic, and Nintendo, the game
uses the GPS mapping and
camera systems on players» devices.
Current
systems that
use cameras to monitor drivers can only pick up changes in physical behaviour, which is potentially too late to avert problems.
Using PITCHf / x, a three -
camera system designed by Chicago - based Sportvision, the league was able to fully replicate human umpires — with accurate results.
The most significant change is that the
system will shift to
using radar instead of
cameras as its primary sensor.
In 2013, the iPhone maker acquired PrimeSense, a company that developed sensors for Microsoft's Kinect, a
camera system that scanned people's bodies so people could play Xbox games
using body movements.
Using a combination of radar mounted behind the car's front grille, and digital
cameras located under the rear - view mirror, the
system first alerts drivers when it detects pedestrians.
Instead of
using a
camera flash, Ruben's photo lighting
system creates an even amount of lighting that eliminates shadows and hot spots.
Riders could
use with a large touch screen that displayed the car's route, as well as a rendered version of the environment the car saw through its
cameras and laser guidance
systems.
Engineers at Cablevey developed the mini-HD inspection
camera as a diagnostic tool to be
used during a preventative maintenance cycle so that operators can inspect empty tubular drag
systems and verify that conveyors are installed correctly.
However, by utilizing a traffic count
system that
uses cameras to track guests, Harris Ranch is able to discover opportunities to convert restaurant diners into Country Store customers and vice-versa.